A novel flight simulator capable of unbounded rotation

R. Irani, N. Schut, M. Hayes, R. Langlois
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引用次数: 2

Abstract

The Carleton University Simulator Project (CUSP) is developing a novel flight simulator that decouples typical translational motions from unlimited rotations about any axis. The new CUSP simulator, Atlas, consists of an orientable sphere, housing the cockpit, mounted on a motion platform. Atlas is not bound by the typical limitations in roll, pitch, and yaw of traditional flight simulators. This paper presents some of the systems involved with the novel flight simulator and the enrichment that undergraduates experience by developing the inter-relationships and communication paths between the multiple systems and elements.
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一种能够无限旋转的新型飞行模拟器
卡尔顿大学模拟器项目(CUSP)正在开发一种新型飞行模拟器,可以将典型的平移运动与围绕任何轴的无限旋转解耦。新的CUSP模拟器Atlas由一个可定向的球体组成,容纳驾驶舱,安装在一个运动平台上。Atlas不受传统飞行模拟器在滚转、俯仰和偏航方面的典型限制。本文介绍了新型飞行模拟器所涉及的一些系统,并通过发展多个系统和元件之间的相互关系和通信路径,丰富了本科生的体验。
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